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World's First High-Efficiency AI · Edge AI
SingTown Technology is the official founding team of OpenMV. In 2016, we launched the world's first embedded machine vision product, OpenMV Cam, which is the first product to run image algorithms on embedded MCUs, also the world's first High-Efficiency Edge AI smart camera.
The OpenMV Cam is a computer vision board for all industries that breaks the tension between performance, power and price. The OpenMV Cam enables customers to run AI deep learning models and advanced computer vision functions (object detection, object classification, tracking, etc.) in real-time, for years off of battery power, for low cost per unit.
The OpenMV Cam is a general purpose MicroPython powered microcontroller platform with camera input and computer vision processing as well as high performance AI machine learning features already onboard. Sense, plan, and act using MicroPython to control general-purpose I/O pins that can do I2C/SPI/PWM/etc. along with being able to read/write files and talk to the internet through wifi/ethernet.
SingTown Technology is a leader in the embedded machine vision industry, serving over 3,000 universities and 20,000 enterprises around 100+ countries worldwide. Our vision is to practice social responsibility and drive social progress through technology.
From "Seeing" to "Understanding," SingTown Technology Drives Visual Advancement
Service robots utilise the SingTown OpenMV intelligent camera to achieve multi-target recognition of doors, gestures, QR codes, and common objects, assisting the robots in completing navigation, task triggering, and intelligent interaction.
From visual recognition to data linkage, SingTown AI makes engineering operations more intelligent.
At construction machinery sites, accurate identification of truck container numbers is required. Complex ambient lighting and severe dust obstruction lead to low efficiency in manual recognition. By adopting SingTown Technology's OpenMV smart camera and AI OCR, dynamic detection and real-time recognition are achieved, enhancing operational efficiency and safety.
Farewell to "Luck-Based" Logistics Random Inspections, SingTown Technology Enables "Full-Coverage" Efficient Inspection Implementation
Express logistics enterprises adopt SingTown's OpenMV intelligent camera recognition technology, utilising AI visual algorithms to automatically detect the status of package label attachment. This enables intelligent identification and removal of issues such as missing, skewed, or misaligned labels, thereby enhancing sorting efficiency and accuracy.
SingTown Technology's OpenMV Empowers Retail Supermarkets to Achieve Automated Shelf and Inventory Management
Supermarkets utilise SingTown's OpenMV intelligent cameras and AI image recognition visual technology to achieve product and area identification, inventory statistics, and out-of-stock warnings, thereby enhancing management efficiency and customer experience and facilitating the intelligent upgrade of retail.
Even when barcodes are wrinkled or soiled, they can still be recognised. SingTown's intelligent cameras are more reliable.
SingTown's intelligent camera solution based on OpenMV enables rapid identification and parsing of barcodes (1D) and simple barcode strings. Utilising machine vision and image recognition algorithms, the system ensures stable code reading in environments such as assembly lines, checkout counters, or warehouse sorting. It supports scenarios with tilting, partial occlusion, and varying lighting conditions, achieving efficient automated scanning and data integration to enhance operational speed and accuracy.
This AI is a "master claw machine player" – SingTown Technology's Intelligent Detection Solution for Robotic Arm Gripping Status
SingTown Technology's intelligent camera system based on OpenMV can determine in real-time whether the robotic arm successfully grasps the target object. Through AI and machine vision algorithms, the system accurately identifies the position of the robotic arm's gripper, its clamping status, and object changes, providing stable and reliable grasping feedback and control optimisation solutions for automated production, sorting systems, and assembly lines.
SingTown's AI vision system can also identify the "ID number" of trains.
SingTown Technology's intelligent camera system, based on OpenMV, enables automatic recognition of numbers and characters on train surfaces. Utilising machine vision and image recognition technology, the system can capture and analyse text from stationary trains at a distance of 4-5 metres within maintenance yards, providing an intelligent solution for vehicle management, maintenance records, and asset tracking.
SingTown Technology Enables Parcels to "Find Their Way" – A Parcel Tracking Number Recognition and Sorting Solution Based on OpenMV
SingTown Technology's intelligent camera system based on OpenMV enables automatic recognition and sorting of the first digit in parcel tracking numbers. Using AI image recognition and machine vision technology, the system accurately locates the first digit of the largest numeric string on each parcel waybill and coordinates with a robotic arm to perform automated sorting, thereby improving logistics efficiency and operational accuracy.
Teaching AI to "Read" and Scan Codes, SingTown Technology Brings Intelligent Eyes to Logistics
SingTown's AI intelligent camera system based on OpenMV enables automatic recognition of product codes, serial numbers, and character information. Utilising machine vision and image recognition technologies, the system accurately reads barcodes, QR codes, and printed characters, automatically records and verifies data in conjunction with databases. It is widely applied in manufacturing, warehousing, logistics, and quality traceability scenarios, achieving digital management and intelligent monitoring.
A SingTown Tech "Robotic Cat" that catches mice is also a good cat.
SingTown's AI intelligent camera system based on OpenMV can be applied to smart rodent-catching robots, enabling real-time identification and tracking of mice. The system integrates machine vision, infrared thermal imaging, and image recognition algorithms, allowing it to recognise both the morphological features of mice and detect their thermal signals. This assists robots in automatically locating, tracking, and capturing targets, making it suitable for scenarios such as warehouses, catering establishments, and farms.
